Hot Water Heat Pump Catalogue

Hot Water Heat Pump Catalogue

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Contents Why Choose a Hot Water Heat Pump? p.4 There s a lot to consider when choosing heating for your home and many factors that may help you decide. Hot water heat pumps are endorsed by government agencies and consumer advocacy groups as one of the most efficient heating forms available. Controls p.5 7-Day Wall Timer and PUHZ Water Flow Interface. Hot Water Heat Pump Options PUHZ-(H)W Series 5~14kW Packaged Hot Water Heat Pumps. For underfloor heating and/or sanitary hot water. p.6-8 p.7 PUHZ-RP Series 8.0~16kW Split Type Hot Water Heat Pumps. For underfloor heating, sanitary hot water, swimming pools or spa pools. p.8 Commercial Hot Water Heat Pump Options PWFY-P~AU Series 12.5~25kW Hot Water Modules. Flexibility to create very large systems. For underfloor heating, pre-heating sanitary hot water, swimming pools or spa pools. Can be installed in conjunction with City Multi commercial VRF air conditioning. p.9-13 p.11 PWFY-P~BU Series 12.5kW Hot Water Module. Flexibility to create large systems for sanitary hot water. Can be installed in conjunction with City Multi commercial VRF air conditioning. p.12 CAHV Series 45kW Packaged Hot Water Heat Pump. Can be combined for a maximum system of 70kW. For underfloor heating and sanitary hot water. p.13 Hot Water Heat Pump Selection Guide p.14 Sizing guide for underfloor heating, swimming pools and spa pools. Hot Water Cylinders p.14 New Zealand made hot water cylinders manufactured to the highest standards complete with heat exchanger coil designed specifically for use with Mitsubishi Electric hot water heat pumps. 2

How Efficient Is A Hot Water Heat Pump? A Co-Efficient of Performance (COP) is a ratio of heat energy produced compared to electrical energy consumed by an appliance. The higher the COP, the less HEAT ENERGY RECOVERED FROM OUTDOOR ENVIRONMENT 3 kw energy is consumed to produce the same amount of heat. A comparison of COPs shows that electric heating has a COP of 1; meaning for every 1kW of energy ELECTRICAL POWER IN 1kW 4kW HEAT ENERGY OUTPUT consumed only 1kW of heat is produced. Gas heating is even lower at 0.85, which means for every 1kW consumed only 0.85kW of useful heat is produced. HOT WATER HEAT PUMP Mitsubishi Electric Hot Water Heat Pumps are extremely energy efficient and can achieve COPs between 3-4, meaning they can produce 3-4kW of heat for every 1kW consumed. As no fossil fuels are directly burnt in the operation of a heat pump, CO 2 emissions are also greatly reduced in comparison to gas or oil-fired boilers. How Do Hot Water Heat Pumps Work? Hot Water Heat Pumps work on a similar principal to a refrigerator; they are able to absorb energy from the surrounding outdoor air and transfer this energy into a refrigerant. The heat energy is upgraded using a refrigerant cycle and this renewable energy is transferred into the water. The R410A refrigerant used in Mitsubishi Electric Hot Water Heat Pumps has zero ozone depletion potential. This refrigerant allows useful heat energy to be absorbed even when the outdoor conditions drop below freezing. There are two types of hot water heat pump systems: A packaged system - which has the heat exchanger integrated with the outdoor unit, and a split system - which has the heat exchanger positioned right where the hot water is required. HOT WATER HEAT PUMP - PACKAGED SYSTEM Heat exchanger is integrated HOT WATER HEAT PUMP - SPLIT SYSTEM Heat exchanger is external Water pipe circuit Hot water Hot water Refrigerant pipe circuit Heat exchanger 3

Why Choose A Hot Water Heat Pump? Mitsubishi Electric Hot Water Heat Pumps are one of the most efficient ways to heat water all year round. A highly efficient inverter system utilising an environmentally friendly refrigerant allows the system to continue providing heat even in sub zero outdoor temperatures. According to the Energy Efficiency and Conservation Authority (EECA), hot water usage accounts for up to 30% of a home s annual power bill. Hot Water Heat Pumps can provide energy efficient solutions for all applications where water is heated or cooled. Unique Benefits of Hot Water Heat Pumps Energy Efficiency Hot water heat pumps offer the highest levels of energy efficiency with the ability to provide 3-4kW of heat energy for every 1kW used. Lowest Running Costs The more energy efficient a heating system is, the cheaper it is to run. Hot water heat pumps offer the cheapest available kw/h rate for hot water heating. Weather Compensation Weather compensation can detect changes in outdoor ambient conditions, allowing the hot water heat pump to adjust the water temperature. This ensures the right comfort temperature is produced without excess energy wastage. Convenient Comfort Hot water heat pumps supply hot water which delivers radiant heat energy to floor and potable water systems. Easy to use controls allow you to adjust temperature settings at the touch of a button. Multi Functional Hot water heat pumps can be installed for a range of applications, from swimming pool and spa pool heating, to sanitary hot water, under floor heating and fan coil cooling. Unobtrusive Heating There is no need to worry about furniture placement or wasting valuable floor space, as heat produced from a radiant floor slab warms evenly no matter how the room is arranged. Year Round Heating Hot water heat pumps provide energy efficient water heating year round, operating effectively in both high and low outdoor ambient temperatures. Safety Hot water heat pumps are the perfect option when you have children and pets. As there are no hot surfaces, they are an extremely safe heating option. 4

Ultimate Control PAR-W21 7 Day Timer & PUHZ Water Flow Interfaces PAR-W21 :: 7 Day Timer / Controller This is an easy to use, fully functional wall mounted controller developed by Mitsubishi Electric specifically for water heating and cooling. Features: Large LCD screen with 7 day timer function ON/OFF: Runs and stops the operation of a group of units Temperature control Function Modes: Hot Water / Heating / Eco / Anti-freeze / Cooling Weekly Timer: ON / OFF / Up to 6 water temperature settings can be programmed per day Language selection Full diagnostic function External inputs: Mode / Temperature / ON / OFF Water Flow Temperature Interface PAC-IF031 Interface PUHZ Series only This advanced interface excels in multiple use applications. The PAC-IF031 water flow temperature controller allows Mitsubishi Electric PUHZ Series Hot Water Heat Pumps to heat sanitary hot water by intelligently switching between the heat pump and the electrical immersion element in the hot water cylinder. This ensures that the water in your hot water cylinder is kept at the ideal temperature of 55 C to kill bacteria such as Legionella. Multiple sensors monitor hot water applications simultaneously to ensure maximum efficiency is achieved and that all applications are suitably addressed by the single heat pump. The interface will prioritise the hot water cylinder s heating requirements, and can direct heating to the cylinder and stop secondary functions such as under floor heating. The PAC-IF031 continuously measures the rate of temperature increase in the hot water cylinder. If required, the PAC-IF031 interface can utilise an electric immersion element to top up the hot water cylinder. External outputs: Operation / Fault / Defrost Operation locking function CASE STUDY :: Nelson Home with Sanitary Hot Water and Underfloor Heating Just one energy efficient Mitsubishi Electric Hot Water Heat Pump system is needed to simultaneously heat 226m 2 of floor area and priority heat the 250 litre hot water cylinder via the PAC-IF031 interface in this family home. Floor coverings in the home include carpet, tiles and vinyl planking. The addition of 30mm polystyrene insulation under the concrete slab improves heating response time and reduce running costs. The system performs well beyond our expectations and the power bill is very acceptable - Maurice & Grace Win 16kW Hot Water Heat Pump Solution: PUHZ-RP140VHA Hot Water Heat Pump ACH70-50H Heat Exchanger PAC-IF031 Interface PAR-W21 Controller Other components: System Sensors (thermistors), Under Floor Heating System, Hot Water Cylinder with coil heat exchanger (solar ready type). Three way diverting valve and actuator, primary side pump, expansion vessel, fill valve, safety valve, IR Valve, and auto air vent. 5

Packaged and Split Systems 5.0~16.0kW PUHZ Series Hot Water Heat Pumps PUHZ SERIES 5.0~16.0kW (55-60 C) INSTALLATIONS Reliable, year-round water heating Inverter driven for maximum energy efficiency Water flow temperatures up to 60 C Operation in outdoor temperatures as low as -25 C Environmentally friendly R410a refrigerant Easy to use LCD Wall Controller with 7 Day Timer Eco heating mode for outdoor ambient temperature compensation Cooling mode available Compact design PUHZ-HW140 Special Features: Heat interchange circuit for maximum system heat recovery Flash injection circuit and a third port on the compressor for superior low ambient heating performance 16kW PUHZ Series Solution Spa Pools Spa pools consume more power than many swimming pools, due to higher temperatures and potential heat losses. Installing a Hot Water Heat Pump to an existing spa pool can significantly reduce your heating costs. Power consumption can be reduced by 3 to 4 times. Note: A range of Titanium coil / PVC shell heat exchangers are matched to the PUHZ hot water heat pump units. This removes any risk of corrosion-related damage due to salt or chlorine water treatment and simplifies pool water pipe work. Swimming Pools Many swimming pools are used in only the warmest summer months and remain unused for the rest of the year. Installing a Hot Water Heat Pump can enable you to enjoy your swimming pool year-round! Note: A range of Titanium coil / PVC shell heat exchangers are matched to the PUHZ hot water heat pump units. This removes any risk of corrosion-related damage due to salt or chlorine water treatment and simplifies pool water pipe work. Underfloor Heating Underfloor Heating Systems are used in many homes to heat flooring areas. These systems use warm water circulated through pipes buried in the floor slab and deliver radiant energy to heat the rooms, providing the ultimate in comfort. Connecting a Mitsubishi Electric Hot Water Heat Pump to an Underfloor Heating System is simple, as most existing Underfloor Systems include the necessary in-floor water pipes, distribution manifolds, pumps and controls. The water from the Hot Water Heat Pump is piped to the underfloor heating panel, and is circulated through the underfloor heating system. The heating temperature is controlled by either the underfloor system controller, which is supplied by the heating installer, or by the Mitsubishi Electric Hot Water Heat Pump wall-mounted controller which provides individual system set up requirements. Sanitary Hot Water On both new and existing installations, Mitsubishi Electric PUHZ Series Hot Water Heat Pumps combined with the PAC- IF031 Water Flow Temperature Controller allow heating of sanitary hot water by intelligently switching between the heat pump and the electrical immersion element in the hot water cylinder. This ensures that the water is kept at the ideal temperature of 55 C in the cylinder to kill bacteria such as Legionella. Designed for Mitsubishi Electric hot water heat pumps we have a range of low and mains pressure hot water cylinders fitted with heat exchanger coils. Refer to p.14 for more information. Existing installations may require an additional heat exchanger external to the cylinder, unless it s a coiled or solar ready type. 6

Packaged System 5.0~14.0kW PUHZ-(H)W Series Hot Water Heat Pump Outlet Temperature Guaranteed Operation PUHZ-HW140 only PUHZ-(H)W Series :: Built In Heat Exchanger Mitsubishi Electric Hot Water Heat Pumps are designed to both heat or cool water. The PUHZ-(H)W Series has three packaged systems to choose from: PUHZ-W50 with 5kW of heating for smaller applications such as small underfloor heating system and hot water cylinders, PUHZ-W85 with 9kW of heating for medium-sized underfloor heating systems and hot water cylinders, and PUHZ-HW140 with 14kW of heating for larger underfloor installations and hot water cylinders. The PUHZ-(H)W packaged system comes complete with an internal 316 stainless steel brazed plate heat exchanger. This allows for easy installation of connecting water pipes. The system is controlled by the PAR-W21 LCD wall 7 day timer/controller and an advanced PAC-IF031 interface for multiple use applications, such as sanitary hot water heating by intelligently switching between the heat pump and the electrical immersion element in the hot water cylinder. Note: Ancillary equipment such as water pumps and expansion tanks are to be provided separately by the installer, and selected to meet the individual system pressure and flow requirements. Example of Packaged System Water piping diagram. Plate heat exchanger is integrated with outdoor unit. Frost prevention is required. A. Water Connection. B. Water Heat Exchanger Specifications TYPE Packaged Hot Water Heat Pump Water Heating or Cooling MODEL PUHZ-W50VHA PUHZ-W85VHA PUHZ-HW140VHA Return water temperature range Heating C +5 ~ +59 (+60 max.) +5 ~ +59 (+60 max.) +10~ +59 (+60 max.) Cooling C (+5 min.) +8 ~ +28 (+5 min.) +8 ~ +28 +8 ~ +28 Water pipe size inch 1 (BSP Parallel Thread) 1 (BSP Parallel Thread) 1 (BSP Parallel Thread) Water flow rate range l/min 6.5 ~ 14.3 10.0 ~ 25.8 17.9-40.1 Controller PAR-W21 (PAC-IF031 Interface Unit) Power supply 1-Phase, 230V, 50Hz 1-Phase, 230V, 50Hz 1-Phase, 230V, 50Hz Max. current / Breaker size A 13 / 16 23 / 25 35 / 40 Dimensions WxDxH mm 950 x 330 x 740 950 x 330 x 943 1020 x 330 x 1350 Weight kg 64 77 134 PAR-W21 LCD Wall Mounted 7 Day Timer/Controller HEATING COOLING Heating (A7/W35) * Heating (A2/W35) * Capacity kw (Min.1.5 ~ ) 5.0 (Min.2.7 ~ ) 9.0 14.0 COP 4.10 3.85 4.19 Power input kw 1.22 *2 2.34 *2 3.34 *2 Capacity kw (Min.1.5 ~ ) 5.0 (Min.2.6 ~ ) 8.5 14.0 COP 3.13 2.95 3.18 Power input kw 1.60 *2 2.88 *2 4.40 *2 Noise level (SPL) dba 46 *1 48 *1 53 *1 Nominal water flow rate l/min 14.3 25.8 40.1 Running current (A7/W35) A 5.4 10.3 14.9 Pressure difference (Water circuit) kpa 12 20 9 Cooling (A35/W7) * Cooling (A35/W18) * Capacity kw 4.5 7.5 12.5 EER (COP) 2.94 2.39 2.59 Power input kw 1.53 *2 3.14 *2 4.82 *2 Capacity kw 4.5 7.5 12.5 EER (COP) 4.13 3.87 4.01 Power input kw 1.09 *2 1.94 *2 3.12 *2 Noise level (SPL) dba 45 *1 48 *1 53 *1 Nominal water flow rate l/min 12.9 21.5 35.8 Running current (A35/W7) A 6.8 13.7 21.5 Pressure difference (Water circuit) kpa 10 15 7 PUHZ-W50VHA Heating: 5.0 kw PUHZ-W85VHA Heating: 9.0 kw Guaranteed operating range Pump input (Based on EN14511) Heating C -15 ~ +35-20 ~ +35-25 ~ +35 Cooling C -5 *3 ~ +46-5 *3 ~ +46-5 *3 ~ +46 Heating kw 0.01 0.03 0.02 Cooling kw 0.01 0.02 0.02 * 1 At distance of 1m from outdoor unit. * Nominal operating condition (A7/W35) (A2/W35) (A35/W7) (A35/W18) 7 * 2 Based on EN14511, power input figures include pump input figures at the bottom of the table. * 3 Cooling operation at -15 C outdoor temperature is possible by using the optional air outlet guide. Outside air temperature (Dry-bulb) +7 C +2 C +35 C +35 C Outside air temperature (Wet-bulb) +6 C +1 C +24 C +24 C Water temperature (inlet/outlet) +30 / 35 C - / 35 C +12 / 7 C +12 / 18 C PUHZ-HW140VHA Heating: 14.0 kw

Split System 8.0~16.0kW PUHZ-RP Series Hot Water Heat Pump Outlet Temperature Guaranteed Operation PUHZ-RP Series :: External Heat Exchanger Mitsubishi Electric Hot Water Heat Pumps are designed to both heat or cool water. You can choose from: 11.2kW, 14.0kW or 16.0kW of heating - suitable for larger underfloor heating and swimming pools which also have an additional 8kW option. Example of Split System Refrigerant piping diagram. Water exchanger must be installed separately. The PUHZ-RP split system requires an external heat exchanger. The flexibility of this system allows the installer to position the heat exchanger right where the hot water is required for both new and retro-fit installations. Either an Alfa Laval ACH70-50H brazed plate 316 stainless steel type heat exchanger for underfloor and sanitary hot water heating or the Vaportec HXTi with high density plastics and a titanium coil heat exchanger for swimming and spa pool heating will require mounting and installation of refrigerant pipe work to the PUHZ-RP outdoor unit. The system is controlled by the PAR-W21 LCD wall 7 day timer/controller and an advanced PAC-IF031 interface for multiple use applications, such as sanitary hot water heating by intelligently switching between the heat pump and the electrical immersion element in the hot water cylinder. Note: Ancillary equipment such as water pumps and expansion tanks are to be provided separately by the installer, and selected to meet the individual system pressure and flow requirements. This system is supplied with the Alfa Laval ACH70-50H or Vaportec HXTi Heat Exchanger. A. Refrigerant Connection. B. Water Heat Exchanger Specifications TYPE Split System Hot Water Heat Pump Water Heating or Cooling MODEL PUHZ-RP71VKA PUHZ-RP100VKA PUHZ-RP125VKA PUHZ-RP140VKA Return water temperature range Controller Power supply Heating C +20 ~ +55 (max. +55) Cooling C +5 ~ +25 PAR-W21 (PAC-IF031 Interface Unit) 1-Phase, 230V, 50Hz Max. current / Breaker size A 19 / 25 28 / 32 28 / 32 29.5 / 40 Dimensions WxDxH mm 950 x 330(+30) x 973 1050 x 330(+30) x 1338 Weight kg 68 116 HEATING COOLING Heating (A7/W35) * Capacity kw 8.0 11.2 14.0 16.0 COP 4.21 4.21 4.15 3.90 Power input kw 1.90 *2 2.66 *2 3.37 *2 4.10 *2 Noise level (SPL) dba 48 *1 51 *1 52 *1 52 *1 Nominal water flow rate l/min 22.9 32.1 40.1 45.9 Running current (A7/W35) A 9.46 12.4 16.0 19.9 Cooling (A35/W7) * Guaranteed operating range UNDER- FLOOR HEAT EXCHANGER Capacity kw 6.6 9.1 12.0 12.5 EER (COP) 2.55 2.75 2.35 2.32 Power input kw 5.59 *2 3.31 *2 5.10 *2 5.38 *2 Noise level (SPL) dba 47 *1 49 *1 50 *1 50 *1 Nominal water flow rate l/min 18.9 26.1 34.4 35.8 Running current (A35/W7) A 9.05 12.5 15.5 19.7 Heating C -11 ~ +35-20 ~ +35-20 ~ +35-20 ~ +35 Cooling C -5 *3 ~ +46-5 *3 ~ +46-5 *3 ~ +46-5 *3 ~ +46 MODEL Alfa Laval N/A ACH70-50H Water pressure drop @ 40 C kpa - 6 9 12 Water flow rate range @ 40 C l/min - 31.8 40.2 45.6 Water pipe size inch - 1 copper water pipe Liquid / Gas pipe size inch - 3/8 and 5/8 Dimensions WxDxH mm - 112 x 125 x 526 Weight kg - 10.8 PAR-W21 LCD Wall Mounted 7 Day Timer/Controller PUHZ-RP71VKA Heating: 8.0 kw PUHZ-RP100VKA Heating: 11.2 kw PUHZ-RP125VKA Heating: 14.0 kw PUHZ-RP140VKA Heating: 16.0 kw SWIMMING / SPA POOL HEAT EXCHANGER MODEL Vaportec HXTi 4 HXTi 6 HXTi 6 HXTi 8 Water pipe size mm 50mm PVC Liquid / Gas pipe size inch 3/8 and 5/8 Dimensions WxDxH mm 165 x 235 x 640 Weight kg 3.4 3.9 3.9 4.4 * 1 At distance of 1m from outdoor unit. * 2 Power input figures do NOT include pump input figures as pump input depends on local system configuration. * 3 Cooling operation at -15 C outdoor temperature is possible by using the optional air outlet guide. Note: Split type specifications are just examples of the case in which units are connected to a plate heat exchanger produced by Alfa Laval. Actual specifications depend on local system configuration. The specifications above are based on Alfa Laval ACH70-50H Heat Exchanger being used. * Nominal operating condition (A7/W35) (A35/W7) Outside air temperature (Dry-bulb) +7 C +35 C Outside air temperature (Wet-bulb) +6 C +24 C Water temperature (inlet/outlet) +30 / 35 C +12 / 7 C Vaportec HXTi Heat Exchanger Alfa Laval ACH70-50H Heat Exchanger 8

Case Studies CASE STUDY :: Online Control - Wellington to Nelson Although Nelson is the sun capital of New Zealand, this does not mean that it is forever summer! The Abel Tasman region is also a winter haven and as such, heating was a key consideration for a corporate Wellington family when building their holiday home at Kaiteriteri Beach near Nelson. City Multi VRF Air Conditioning Systems quietly and efficiently take care of not only the room heating and cooling, but also the hot water used for underfloor heating of polished concrete floors on both levels of this house. The Mitsubishi Electric AG-150A Control System has a large colour LCD panel for controlling all the aspects of the home s heating and ventilation systems, including the underfloor heating system. This web enabled controller has allowed the owners to maintain complete control of their remote residence through the control system s online accessibility. The system s remote controllability and high operating efficiency means pre-heating or even pre-cooling the home is both simple and cost effective. AG-150A Centralised and Web Central Controller with LCD Touch Screen, also available in white. CASE STUDY :: Cromwell Medical Centre The design brief for this new medical centre was to provide a highly energy efficient building that would best suit the needs of a variety of medical professions all housed under one roof. The air conditioning and ventilation system needed to provide comfort with economy all year round which is no mean feat when outside ambient temperatures range from a winter low of -10 C to a summer high over 35 C. City Multi R2 Systems were largely used throughout the building to provide the air conditioning, but the largest system also had a PWFY-BU water heating unit to provide heat recovery from the air conditioning load into the sanitary hot water system. Hot water usage is high due to the clinics many basins, so this is a good example of time of use based energy savings. 1x PWFY-P100VM-E-BU hot water module connected to a PURY-YHM-A heat recovery system heats the sanitary hot water. 9

PWFY Series Hot Water Modules VRF Commercial 12.5~25.0kW PWFY~AU SERIES 12.5~25.0kW (45 C) PWFY~BU SERIES 12.5kW (70 C) Reliable, year-round water heating Reliable, year-round water heating Inverter driven for maximum energy efficiency Water temperatures up to 45 C Operation at outdoor temperatures as low as -20 C Environmentally friendly R410a refrigerant Easy to use LCD Wall Controller with 7 Day Timer Cooling mode selectable Heat recovery from air conditioning system in cooling mode on R2 Systems Modular design allows flexibility to create very large systems Inverter driven for maximum energy efficiency Water temperatures up to 70 C Suitable for sanitary water heating when using secondary heat exchanger or solar ready coiled tank. Operation at outdoor temperatures as low as -20 C Environmentally friendly R410a and R134a refrigerants Easy to use LCD Wall Controller with 7 Day Timer Heat recovery from air conditioning system in cooling mode on R2 Systems Modular design allows flexibility to create larger systems INSTALLATIONS Mitsubishi Electric Commercial Water Solutions require engineering input from your Mitsubishi Electric Specialist. Underfloor Heating Underfloor Heating Systems are used in many applications to heat either the entire space, or specific areas as required. These systems use warm water circulated through pipes buried in the floor slab and deliver radiant energy to heat controlled spaces, providing the ultimate in comfort for the occupants. Connecting a Mitsubishi Electric Hot Water Heat Pump to an Underfloor Heating System is simple, as most existing Underfloor Systems include the necessary in-floor water pipes, distribution manifolds, pumps and controls. The water from the Hot Water Heat Pump is piped to the underfloor heating panel, and is circulated through the Underfloor Heating System. The space heating temperature is controlled by the underfloor system controller, which is supplied by the heating installer. The Mitsubishi Electric Hot Water Heat Pump wall-mounted controller allows the water flow temperatures to be set for the individual system modes and set up requirements, ie. Heating / Heating Eco / Hot Water. Sanitary Hot Water The new Mitsubishi Electric PWFY-P~AU and PWFY-P~BU Water Heating Units allow water to be pre-heated, and even fully heated, by using the waste heat energy normally lost to the atmosphere from a commercial air conditioning system. It is also possible to provide the same heating from a standalone PWFY system to heat water up to 70 C. Depending on the system required and whether an existing system is used to recover energy, this offers energy savings from 300 550%. Swimming Pools Many swimming pools are used in only the warmest summer months and remain unused for the rest of the year. Installing a Hot Water Heat Pump can enable you to enjoy your swimming pool year-round! Hydroponics Most hydroponic growing systems require their water or nutrient solutions to be heated to a specific temperature dependant on the crop. The heated water is then pumped around the growing beds to provide both heat and nutrients to the plants. As the Heat Pump controller can be set to accurately control the water flow temperature, sensitive crops are easily cared for. With the ability to alter the temperature remotely, the Heat Pump can be interfaced with most greenhouse controllers and hydroponic growing systems. The advanced Eco Mode allows flow temperature compensation based on outside air temperature to ensure the highest possible energy efficiency. Aquaculture Aquaculture systems often require both heating and cooling depending on the species and time of year. For example, Paua cultivated on land and indoors will require some heat in winter, and often need cooling in summer time. Water Chilling Water chilling is available down to a flow temperature of 6 C, from a capacity of 4.5-14kW in the PUHZ range and from 20kW in the PWFY range. The systems require external pumps and, depending on application, a brine or antifreeze solution will be required to prevent freezing of the plate heat exchanger. Applications include small process and liquid data cooling, and chilled water for selected fan coil units. 10

VRF 12.5~25.0kW PWFY-P~AU Series Hot Water Module Outlet Temperature Guaranteed Operation PWFY-P~AU Series :: Water Heating 10~45 C and Cooling 10~30-35 C VRF Water Heating Units are the latest technological breakthrough from the Mitsubishi Electric City Multi Range, with the ability to heat or cool water more efficiently than ever before. The PWFY-P~AU indoor modules can be installed in conjunction with standard City Multi VRF air conditioning indoor units, creating huge potential for heat recovery. Available in two sizes: PWFY-P100VM-E-AU (12.5kW heating / 11.2kW cooling) and PWFY-P200VM-E-AU (25.0kW heating / 22.4kW cooling) which are modular to allow Technology PWFY-P~AU units work perfectly to provide heating and cooling to fan coil units, panel heaters, or under floor heating systems. Its advantages include high-efficiency operation with our standard City Multi Y Series system and heat recovery operation when used with our City Multi R2 Series system. creation of larger solutions. Suitable applications for pre-heating sanitary water (through energy recovery), swimming pools, underfloor heating, low temperature hot water for fan coil units and convectors, hydroponics, aquaculture and water chilling. The AU Series water heating and cooling unit utilise a 316 stainless steel plate heat exchanger with the ability to sense flow or return water temperature with a dip-switch setting. PWFY P~AU units can be connected to either City Multi Y or R2 Series outdoor units (The smallest VRF hot water system is therefore 25kW of heating). Inputs: ON/OFF, Mode, Set Temp, Pump Interface. Outputs: ON/OFF, Error, Defrost. VRF Commercial Design Mitsubishi Electric s CITY MULTI Series has the flexibility to adapt efficiently to any building requirement. A wide line up of indoor units and simple piping systems enable an easy fit to even the most complex configurations. And both R2 and Y-Series systems can be simply operated through a central controller. With it s flexible system architecture, easy operation and energy saving technology CITY MULTI offers an ideal blend of comfort, efficiency and economy. Please contact the Mitsubishi Electric City Multi representative in your area for a unique design solution. PAR-W21 LCD Wall Mounted 7 Day Timer/Controller PWFY-P100VM-E-BU Heating: 12.5 kw PWFY-P100VM-E-AU Heating: 12.5 kw Cooling: 11.2 kw PWFY-P200VM-E-AU Heating: 25.0 kw Cooling: 22.4 kw Outdoor Unit From Outdoor Unit From Outdoor Unit BU Series Sanitary Hot Water (Booster Unit) for R2 AU Series Water Heating and Cooling for Y/R2 Closed loop circuit Pump Plate Hex. TANK Pump Closed loop circuit Floor Heating or Panel Heater or FAN-coil(AHU) Booster Unit LEV LEV R134a Plate Hex. Comp. HP LP Water Hex. Unit LEV Plate Hex. CITY MULTI R2 series R410A BC controller Indoor unit Indoor unit CITY MULTI R2,Y series R410A BC controller is only required for the system with R2 series. BC controller Indoor unit Indoor unit Outdoor Indoor Outdoor Indoor 11

VRF 12.5kW PWFY-P~BU Series Hot Water Module Outlet Temperature Guaranteed Operation PWFY-P~BU Series :: Sanitary Water Heating of 10~70 C VRF Water Heating Units are the latest technological breakthrough from the Mitsubishi Electric City Multi Range, with the ability to heat water more efficiently than ever before. The PWFY-P~BU indoor modules can be installed in conjunction with standard City Multi VRF air conditioning indoor units, creating huge potential for heat recovery. Available in one size: PWFY-P100VM-E-BU (12.5kW heating) which is modular to allow creation of larger solutions. Sanitary water heating has suitable applications in: hotels and motels, apartments, commercial kitchens and laundries, office buildings, food processing industry, heat recovery from air conditioning systems into sanitary water storage, and direct sanitary water heating is also possible. Heat Recovery Technology PWFY-P~BU units benefit from the heat recovery operation of the City Multi R2 Series system, converting energy from the air conditioning to temperatures suitable for heating water, and allowing simultaneous heat recovery from the air conditioned space. This enables the highest possible COP performance. The BU Series water heating unit is perfect for sanitary hot water, with excellent heat recovery possibilities. It houses a second compressor running on R134A refrigerant creating a cascade circuit between two plate heat exchangers. With the ability to sense flow or return water temperature with a dip-switch setting, these units can only be connected to City Multi R2 Series outdoor units. (The smallest stand alone VRF hot water system is therefore 25kW of heating). Heat recovery from air conditioning systems into sanitary water storage and direct sanitary water heating is also possible. Heat recovery technology taps into and utilises otherwise wasted heat energy, extracted from areas of a building that require cooling, providing heating for hot water. Recovering the heat in this manner maximises the efficiency of the system all year round, therefore increasing energy savings and substantially lowering running costs. Inputs: ON/OFF, Set Temp, Pump Interface. Outputs: ON/OFF, Error, Defrost. Specifications TYPE Water Heating Split System Hot Water Heat Pump Water Heating and Cooling MODEL PWFY-P100VM-E-BU PWFY-P100VM-E1-AU PWFY-P200VM-E1-AU Outlet water temperature (max.) Heating C +70 +45 +45 Return water temperature range Heating C +10 ~ +70 +10 ~ +45 +10 ~ +45 Cooling C N/A +10 ~ +30 +10 ~ +35 Circulating water (Operation Volume Range) m3/h 0.6 ~ 2.15 1.1 ~ 2.15 1.8 ~ 4.4 Controller Power supply PAR-W21 1-Phase, 230V, 50Hz Dimensions WxDxH mm 450 x 300 x 800 (785 without legs) Weight kg 64 39 42 Noise level (measured in anechoic room) dba 44 29 29 Connectable outdoor unit HEATING COOLING Diameter of refrigerant pipe (Brazed connection) Diameter of water pipe (Screw connection) Total capacity Series PURY-(E)P-Y(S)HM-A(-BS) 50~100% of outdoor unit capacity PURY-(E)P-Y(S)HM-A(-BS) PUHY-(E)P-Y(S)HM-A(-BS) PURY-(E)P-Y(S)HM-A(-BS) PUHY-(E)P-Y(S)HM-A(-BS) Capacity *1 kw 12.5 12.5 25.0 Power input *3 kw 2.48 0.015 0.015 Running current *3 A 11.12 0.065 0.065 Capacity *2 kw N/A 11.2 22.4 Power input *3 kw N/A 0.015 0.015 Running current *3 A N/A 0.065 0.065 Liquid mm ø9.52 ø9.52 ø9.52 Gas mm ø15.88 ø15.88 ø15.88 Inlet mm ø19.05 ø19.05 ø19.05 Outlet mm ø19.05 ø19.05 ø19.05 * Install the unit in an environment where the wet bulb temperature will not exceed 32 C * Due to continuing improvement, these specifications may be subject to change without notice. * The PWFY indoor unit is not designed for outside installations. * 1 Nominal heating conditions Outdoor Temp. : 7 CDB/6 CWB (45 FDB / 43 FWB) Pipe length: 7.5 m Level difference: 0m Inlet water Temp 30 C * 2 Nominal cooling conditions Outdoor Temp. : 35 CDB (95 FDB) Pipe length: 7.5 m Level difference: 0m Inlet water Temp 23 C * 3 Power input figures are for the hot water heating indoor unit only. For more information and detailed specifications of the available outdoor units, please contact the Mitsubishi Electric City Multi representative in your area for a unique design solution. CONNECTABLE OUTDOOR UNITS TYPE R2 Series, Simultaneous Heating & Cooling Y Series, Heating or Cooling SERIES PURY-(E)P-Y(S)JM-A(-BS) PUHY-(E)P-Y(S)JM-A(-BS) Connectable indoor units Guaranteed outdoor operating range Power supply HEATING COOLING 1 to 50 (depending on the capacity of outdoor unit) Heating C -20 ~ +32-20 ~ +15.5 Cooling C -5 ~ +43-5 ~ +43 3-Phase, 380-400-415V, 50Hz Available Capacity Range in Series kw 25.0 ~ 100.0 25.0 ~ 156.5 Available COP Range in Series 4.30 ~ 3.60 4.40 ~ 3.64 Available Capacity Range in Series kw 22.4 ~ 90.0 22.4 ~ 140.0 Available EER (COP) Range in Series 4.25 ~ 3.02 4.32 ~ 3.03 PURY-P200YJM-A R2 Outdoor Unit 12

VRF 45.0kW CAHV Series Packaged Hot Water Heat Pump Outlet Temperature Guaranteed Operation CAHV Series :: Sanitary Water Heating of 25~70 C The Zubadan CAHV packaged hot water heat pump is designed to provide hot water up to 70 C with an ambient outdoor temperature as low as -10 C and a minimal drop-off down to -20 C, making it an ideal replacement for a boiler system or, better still, an uncompromising method of heating sanitary hot water for commercial applications. This unit utilizes the unique flash injection technology seen in the City Multi Zubadan air conditioning range. Built In Heat Exchanger Hot Water Heat Pump CAHV-P500YA-HPB: Comes complete with an internal 316 stainless steel brazed plate heat exchanger. This allows for easy installation of connecting water pipes to where the hot water is required. Backup and Rotation Functions Hot Water Heat Pump ensures an exceptionally high level of reliability by utilising Backup Function*. If either of the compressors malfunctions, the other compressor keeps operating to avoid a complete stop of the system. Rotation Function is also available. When two or more units are in the system, the unit runs alternatively to ensure an optimum product life cycle for both of its component units. *If the main circuit board is at fault, backup function and rotation function are not available. Capacity drops by 50%. Specifications MODEL Priority Modes With Capacity Priority Mode, the hot water heat pump can provide a maximum capacity of over 70kW. Capacity Priority Mode is more effective when used with a boiler because fuel costs and CO 2 emission from a boiler can be reduced. Packaged Hot Water Heat Pump Water Heating CAHV-P500YA-HPB (-BS) Outlet water temperature range Heating C +25~ +70 Diameter of water pipe (Screw connection) Inlet inch 1 1/2 Outlet inch 1 1/2 Water flow rate range m³/h 7.5-15.0 Water pressure drop (A7/W45) * kpa 12.9 Controller Power supply PAR-W21 3-phase 4-wire 380-400-415V 50/60Hz Max. current A 57.77-54.88-52.90 Dimensions WxDxH mm 1,978 x 759 x 1,710 (without legs 1,650) Weight kg 526 Refrigerant R407C 5.5(kg) 2 Zubadan Technology Flash-injection Circuit Flash-injection Circuit, which is designed for our ZUBADAN CITY MULTI (air conditioning system for cold regions), is mounted in our new Hot Water Heat Pump. By utilizing our advanced Flash-injection Circuit and the latest high-efficiency compressor, Hot Water Heat Pump provides hot water upto 70 C, and produces less capacity drop at low outdoor temperature. Air LEV HEX HIC circuit LEV COMP A Flash-injection circuit High efficiency Inverter-driven scroll compressor WATER OUTLET PLATE WATER INLET Two-phase refrigerant is separated into liquid refrigerant and gas refrigerant at point A. Liquid refrigerant, whose pressure is reduced by LEV (Linear Expansion Valve), exchanges heat in the HIC circuit and become gas-liquid two-phase refrigerant. The two-phase refrigerant flows into the injection port of the compressor for controlling the increase of discharge temperature. Therefore the optimal amount of refrigerant can be provided to the system via the compressor, which makes it possible to provide hot water of 70ºC. Range of operation temperature and outlet water temperature. Delivering precise comfort even in the coldest days of the year down to -20 C. HEATING Heating (A7/W35) * Heating (A7/W45) * Heating (A7/W70) * Capacity kw 45.0 COP 4.13 Power input kw 10.9 *2 Capacity kw 45.0 COP 3.49 Power input kw 12.9 *2 Capacity kw 45.0 COP 1.76 Power input kw 25.6 *2 Noise level (SPL) dba 59 *1 Nominal water flow rate l/min 40.1 Running current (A7/W70) * A 43.17-41.01-39.53 Pressure difference (Water circuit) kpa 9 Guaranteed operating range Heating C -20 ~ +40 Design Pressure Heat exchanger R407C MPa 3.85 Water MPa 1.0 Water side Air side Stainless steal plate and copper brazing Plate fin and copper tube During defrost operation, two compressors, which are equipped within one unit, run alternatively and result in smaller drop in outlet water temperature. PAR-W21 LCD Wall Mounted 7 Day Timer/Controller CAHV-P500YA-HPB Heating: 45.0 kw 13 * Nominal operating condition (A7/W45) (A7/W45) (A7/W70) * Due to continuing improvement, the above specifications Outside air temperature (Dry-bulb) +7 C +7 C +7 C may be subject to change without notice. Outside air temperature (Wet-bulb) +6 C +6 C +6 C Water temperature (inlet/outlet) +30 / 35 C +40 / 45 C +NA / 70 C * At distance of 1m from outdoor unit. * Please don t use the steel material for the water piping material. * Please do not use groundwater and well water. * Please always make water circulate or pull out the circulation water completely when not using it. * Install the unit in an environment where the wet bulb temperature will not exceed 32ºC. * The water circuit must use the closed circuit.

Hot Water Heat Pump Sizing Underfloor Heating Use this guide to estimate your heating requirements, however units should not be 70~80 W/m2 purchased without advice from your heating or pool specialist. 90~100 W/m2 Every application is as individual as its owner. An incorrect selection may lead to 110~120 W/m2 unnecessary power consumption or a system with insufficient heating capability. 130 W/m2 Underfloor Heating The amount of heat required will vary depending on location and the construction of your home. Minimum 30mm polystyrene insulation under slab. Therefore, every house requires a different calculation to heat the desired area. The maps to the right are designed as a guide. First, calculate the floor area of the house requiring heating to be installed. Remember to deduct areas under cupboards, garages etc. Take the area (m2) and Indoor Covered Pool multiply it by the factor in your region on the appropriate map. Your underfloor heating specialist 200 W/m2 will be able to give you a more accurate assessment of your heating requirements. 300 W/m2 Spa Pools 350 W/m2 We have a new Titanium Coil/PVC Shell heat exchanger to effectively heat where aggressive 500 W/m2 chemical treatment is present. This is matched to one of our PUHZ-RP Hot Water Heat Pump units. Alternatively use our PUHZ-W50 with an intermediate water to water heat exchanger. W/m2 pool surface. Heating : All year round. Swimming Pools Hot Water Heat Pumps enable outdoor swimming pools to be heated to a comfortable temperature to extend their use year round. Indoor pools also benefit from heating because they Outdoor Covered Pool don t receive the same solar gain as outdoor pools in the summer, and can be heated during winter to provide year round swimming. The heat pump size required depends on environmental 300 W/m2 aspects of the pool, including location and construction, temperature of the pool, and the air 400 W/m2 temperature. The most important factor is the pool water surface area as this is where heat is 500 W/m2 lost through evaporation. Installing a pool cover is the best way to retain this heat. 600 W/m2 Due to the large number of variables, a simple calculation of heat pump capacity is not always possible. We recommend you check our website or contact a competent installer to have your pool heating requirement carefully assessed. W/m2 pool surface. Heating : Extended season only. Hot Water Cylinders New Zealand made hot water cylinders manufactured to the highest standards, complete with heat exchanger coil designed specifically for Mitsubishi Electric hot water heat pumps. Cylinders come supplied with all water connections on the front and include standard 3kW electric element and thermostat. Sensor pockets are correctly positioned for the HWHP cylinder temperature sensor. Mains pressure stainless steel A grade cylinders. Medium pressure (120kpa) copper A grade cylinders. MODEL Capacity Dimensions (ØxH) mm BDTH300C20 300 Litre 560 x 1920 BDTH350C20 350 Litre 560 x 2200 MODEL Capacity Dimensions (WxDxH) mm BDTMG180C20 180 Litre 560 x 1240 BDTMG225C20 225 Litre 560 x 1520 BDTMG270C20 270 Litre 560 x 1800 BDTMG300C20 300 Litre 560 x 1980 Warranty Mitsubishi Electric Hot Water Heat Pumps come with a 1 year parts, labour and compressor warranty. Alfa Laval and Vaportec Heat Exchangers come with a 1 year parts warranty. Warranty does not cover areas with hard water unless a water softener is fitted. Warranty does not cover heat exchangers used in pool applications where the water ph and chlorine levels fall outside those advised in the technical information. Warranty conditions apply. Please be aware of these conditions prior to purchasing. 14

WELLINGTON HEAD OFFICE AUCKLAND BRANCH CHRISTCHURCH BRANCH www.mitsubishi-electric.co.nz 1 Parliament Street PO Box 30772 Lower Hutt 5040 Unit 1, 4 Walls Road PO Box 12726 Penrose, Auckland 1642 44 Halwyn Drive PO Box 16904 Hornby, Christchurch 8441 Black Diamond Technologies Exclusive distributor of Mitsubishi Electric products in NZ Phone (04) 560 9147 Fax (04) 560 9133 Phone (09) 526 9347 Fax (09) 526 9348 Phone (03) 341 2837 Fax (03) 341 2838 Be sure to ask for Mitsubishi Electric. Other brands share the 3-diamond logo, however they are separate to the Mitsubishi Electric brand and cannot supply the models, features or guarantees outlined in this brochure. All models, features and specifications are subject to change and amendment at anytime. Dec 2017 For more information on Mitsubishi Electric Products, please call our Customer Service Team on 0800 784 382